2012•Unpublished venueRequires access

Expressiveness of Positive Coalgebraic Logic

Krzysztof Kapulkin, Alexander Kurz, Jiřı́ Velebil

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Abstract

From the point of view of modal logic, coalgebraic logic over posets is the natural coalgebraic generalisation of positive modal logic. From the point of view of coalgebra, posets arise if one is interested in simulations as opposed to bisimulations. From a categorical point of view, one moves from ordinary categories to enriched categories. We show that the basic setup of coalgebraic logic extends to this more general setting and that every finitary functor on posets has a logic that is expressive, that is, has the Hennessy-Milner property. Keywords: Coalgebra, Modal Logic, Poset

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From the point of view of modal logic, coalgebraic logic over posets is the natural coalgebraic generalisation of positive modal logic. From the point of view of coalgebra, posets arise if one is interested in simulations as opposed to bisimulations. From a categorical point of view, one moves from ordinary categories to enriched categories. We show that the basic setup of coalgebraic logic extends to this more general setting and that every finitary functor on posets has a logic that is expressive, that is, has the Hennessy-Milner property. Keywords: Coalgebra, Modal Logic, Poset

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Available abstract

From the point of view of modal logic, coalgebraic logic over posets is the natural coalgebraic generalisation of positive modal logic. From the point of view of coalgebra, posets arise if one is interested in simulations as opposed to bisimulations. From a categorical point of view, one moves from ordinary categories to enriched categories. We show that the basic setup of coalgebraic logic extends to this more general setting and that every finitary functor on posets has a logic that is expressive, that is, has the Hennessy-Milner property. Keywords: Coalgebra, Modal Logic, Poset

Key concepts: Finitary, Coalgebra, Modal logic, Functor, Normal modal logic, Mathematics, Multimodal logic, Modal

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